FORGOT YOUR PASSWORD?

True 3D Dosimetry Solutions for Clinical Radiotherapy QA

Vista™ Optical CT Scanners

for 3D Dosimetry

Vista™ is a fast cone beam optical CT scanner designed for True 3D Dosimetry. Vista™ is used for on-site or remote scanning of 3D dosimeters including ClearView™ and TrueView™. The Vista™ Optical CT Scanner includes software for acquisition, reconstruction, and display of 3D optical CT images. Images from Vista™ are analyzed in VistaAce™ software as well as a variety of 3rd party software applications.

TrueView™

3D Dosimeter

TrueView™ is a multi-use radiochromic 3D dosimeter designed for on-site read-out by optical CT. Applications for this 3D dosimeter include IMRT, VMAT, SRS and SBRT. TrueView™ is stable in storage for up to 30 days.
The signal must be read out between 60 and 90 minutes after irradiation which requires an optical CT scanner on-site. TrueView™ can be used again 48 hours after irradiation. It is made with a low scatter substrate that
works well with the Vista™ Optical CT Scanner as well as fast laser optical CT scanners.

3DDaaS

3D Dosimetry as a Service

3DDaaS is a remote readout 3D Dosimetry service designed for clinical radiotherapy QA. This service makes use of ClearView™ 3D Dosimeters and is now being tested in clinical trials. ClearView™ 3D dosimeters are
delivered to your clinic for you to irradiate and then send back to Modus QA along with your treatment plan.
Modus QA scans your 3D dosimeters and uses VistaAce™ software to process your data for analysis. The
results are returned to you with VistaView™ software for visualization and comparison of the results.

ClearView™

3D Dosimeter

ClearView™ is a single-use radiochromic 3D dosimeter designed for remote or on-site read-out by Optical CT. Applications for this 3D dosimeter include SRS, SBRT and 3DDaaS. ClearView™ is stable in storage for over 90 days and the signal is stable for more than a week after irradiation. It is made with a low scatter substrate that works well with Vista™ Optical CT Scanners as well as laser optical CT scanners.